Review On Unexplored Anti Diabetic Drugs With Quality By Desgin Approch Approch

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Authors: V.V Kunjir, Vaishnavi Bhosale
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Abstract

Diabetes Mellitus (DM), a group of heterogeneous metabolic abnormalities is characterized by persistent hyperglycemia and associated problems in multiple organ systems. Even though treatments for diabetic headache have been put out, it may also be necessary to supplement these with stronger healing methods to control blood sugar levels. Quality by design (Qbd) now constitutes a comprehensive strategy on pharmaceutical development that will use clear processes and product information to regulate the constancy of a medicinal product. This paper provides insight into the feasibility of applying QbD principles in the development of novel oral antidiabetic agents based on herbal origin chalcones. Thus QbD can change the way a drug is formulated-this is a purely empirical value. Yet through this kind of modification, rather than scrapping major structural elements of effective anti-diabetic activity, QbD simply adjusts around them. By this means the evidence that chalcones from herbal origin can produce novel antidiabetic agents is widely guaranteed in good products; further ways of regularizing the system are pushed on prospects for an efficacious focus in leading structural activities and medical objectives. It is the approach of asserting itself that can also push the variousstudents’ boundaries. A series of QbD principles combined with natural product research might well be off far enough to get new therapeutic targets and mechanisms of action on chalcone derivatives also beginning recognized. These approaches, on top of avoiding the deterioration in essential structural elements required for better anti-diabetic activity commonly found in newly developed anti-diabetic analogues, will provide an upgraded form-expert system. This will enable fresh customized therapy models to be developed in line with the patients’ qualities and such possible genetic factors as insulin secretion or resistance.

Fields of Study & Subjects

Natural Antidiabetic Agents Studies Synthesis and biological activity Bioactive natural compounds

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
1 January 2026